Polyisocyanate and waterglass based hybrid resins, composites containing them and process to produce them
A technology for polyisocyanate and mixed resins, which is applied in the field of preparing the mixed resins and composites, and can solve problems such as impact and uncontrollable reactions
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Embodiment 1 to 14
[0100] The weight parts of the raw materials used in the examples of the present invention and the obtained fracture mechanical property data are summarized in Table 1. We have paid attention to make the ratio of P-MDI / water glass / phosphate ester in each embodiment the same. In each case, 1.5 parts of initiator was given to 100 parts of vinyl ester (this is the reason why the total of mixed resin and vinyl resin is not 100 parts).
Embodiment 15-21
[0101] Examples 15-21 (comparative)
[0102] For comparison, pure vinyl resins, hybrid resins made from pure vinyl resins and isocyanates, and pure 3P resins were tested. The data of the comparative example (CE) is also shown in Table 1.
[0103] Example
serial number
VE(B 1 )
VE(B 2 )
VE(N)
VE(SO)
BPO
P-
MDI 1
P-
MDI 2
MDI-
Prep.
Water glass
TBP
TPP
TTP
Kc
(MPa / m)
Gc
(kJ / m 2 )
1
---
---
25,00
---
0,38
31,50
---
---
30,00
9,00
4,50
-
1,50
1,85
2
---
---
75,00
---
1,13
10,50
---
---
10,00
3,00
1,50
-
1,30
0,95
3
10,00
---
---
---
0,15
37,80
---
---
36,00
10,80
5,40
-
1,15
...
Embodiment 22
[0108] Example 10 was repeated, except that 0.5% by weight of Perenol F40 was added as a surfactant to the water glass component. The result obtained is Kc=1.4 and Gc=3.3. This shows that the mechanical properties, especially the Gc value, are better than those of Comparative Examples 15 or 21, but we have not been able to show that the presence of the surfactant leads to a further reduction in the main particle size.
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